Micropolar fluids are fluids that contain rigid and randomly oriented particles immersed in a
viscous fluid, such as lubricants that contain dirt and metal scraps from shearing. These …

In most of the industrial processes, it is of paramount importance to control the heat and
mass transfer rates to ensure high-quality products. Using nanofluids instead of ordinary …

Controlling the heat and mass transfer rates is critical in a wide range of industrial processes
because it sometimes determines the quality of the end-product and prevents run-away …

In this current article, we developed a theoretical model for the bioconvective microbial
activities through the nanofluid flow. The appearance of activation energy and Arrhenius …

The present article discusses the impact of microbial activity by considering Sutterby
nanofluid over a stretching surface with the Brownian motion and porous medium …

In this paper, we investigate the boundary layer flow of a steady viscous nanofluid with
activation energy and a high-order chemical reaction. The flow equations are solved to a …

This communication reports on an innovative study of two-dimensional couple stress fluid 3
with effect of viscosity and conductivity. We proposed a new model based on temperature …

The present study explores the nanofluid boundary layer flow over a stretching sheet with
the combined influence of the double diffusive effects of thermophoresis and Brownian …

The intent of this paper is to unravel the transport of a nonlinear mixed convection tangent
hyperbolic nanofluid along a nonlinear stretchable sheet in the neighbourhood of a …

New applications of nanofluids that have enhanced thermo-physical properties have
spurred new studies into the flow and heat transfer in nanofluids in the last decade. Most …